************* Table A10 *******************
* Table A10: Effect of DFS intervention on diet diversity score
* we do not include school-level controls in this model
****************************************************
clear all
set trace off
set more off
use "Jehanabad_analytic_sample_hemoglobin.dta"
global socio_cov_4_vari no_HHmembers years_schooling_father years_schooling_mother asset_index
label var diet_diversity_score "Diet diversity score"
eststo clear
eststo:reg diet_diversity_score treat##wave, cluster(school_id)
eststo: reg diet_diversity_score treat##wave  $socio_cov_4_vari, cluster(school_id)
xtset child_unique wave
eststo:xtreg diet_diversity_score treat##wave $socio_cov_4_vari, cluster(school_id) fe

esttab using table10.csv, se keep(1.treat#1.wave 1.wave 1.treat) nobaselevels b(a3) star(* 0.10 ** 0.05 *** 0.01) ///
coeflabels(1.treat#1.wave "Treat*post" 1.wave "Post" 1.treat "Treat") nonotes title(Table A10: Effect of DFS intervention on diet diversity score) ///
replace label order(1.treat#1.wave 1.wave 1.treat) ///
addnotes("Notes: Robust standard errors clusters at school are reported in parentheses. A dietary diversity score was calculated by summing" ///
"up the number of food groups represented in the child’s diet. DDS ranges from zero (no item from any food group is consumed) to six. The" ///
"coefficient for treat in column (3) is absorbed by the child fixed effects. Controls include time-variant household variables reported in Table A5.")


********************************************End of do file *******************
